High School Animal Science Interactive Videos

Examine the behavioral patterns of Tsavo lions, addressing historical inaccuracies depicted in films and analyzing scientific research on lion predation. Understand common misconceptions about animal behavior, learn research methodologies, and explore how museum collections contribute to the study of wildlife history.

Examine the complex decisions animals make to balance food availability with predator avoidance across varied landscapes. Understand the challenges encountered by pygmy rabbits and gain insights into ecosystem restoration strategies.

Examine essential concepts and pathways within the Agriculture, Food, and Natural Resources career cluster. Learners will identify career planning steps, understand the role of collaborative organizations in career education, and recognize environments and responsibilities associated with various agricultural careers.

Investigate the intricacies of managing agriculture and addressing environmental challenges within closed biosphere systems such as Biosphere 2. Learners will develop insights into sustainable practices and acquire problem-solving skills essential for maintaining controlled ecological environments.

Investigate the intriguing feeding behavior of grizzly bears to understand how their instincts influence dietary choices. Gain insights into ecological dynamics by examining the role of nutrition in behavior and its impact on ecosystems through animal interactions.

Explore the diverse careers within agriculture and natural resources, focusing on roles in crop and livestock production and emerging opportunities in environmental protection. Understand key areas not traditionally linked to agriculture, gain insights into U.S. farm ownership structures, and discover innovations reshaping the industry.

Explore the impacts of a sudden human disappearance on Earth's environment, highlighting changes in urban landscapes and wildlife populations. Gain insights into ecosystem resilience and understand how man-made structures might deteriorate without human upkeep, enhancing knowledge in environmental science and sustainability.

Examine the transformative concept of cellular agriculture with a particular focus on the production of lab-grown meat and its environmental advantages. Gain comprehensive insights into the processes involved, highlighting the significant role of bioreactors. Understand the societal and environmental implications, such as the reduction in resource consumption and the decrease in animal suffering. Develop a clear understanding of the ways cellular agriculture can contribute to a more sustainable future.

Examine the core principles of how living organisms obtain and convert energy. Understand the roles of various organisms in energy dynamics and their adaptive strategies for survival.

Explore the importance of phosphorus reserves with a focus on Morocco's pivotal role and the implications for global agricultural sustainability. Gain insights into the challenges associated with phosphorus management and discover potential future solutions aimed at enhancing sustainable agricultural practices.

Discover the complex ethical and utilitarian aspects of animal secretions and their diverse applications across industries. Gain insight into the implications of these practices, critically evaluate ethical concerns, and explore sustainable alternatives. Develop critical thinking skills to assess the impact of these practices.

Explore the impact of artificial intelligence in transforming wildlife protection, conservation, and agriculture by accurately predicting outcomes and promoting sustainable practices. Gain insights into AI's contribution to preventing food shortages, preserving endangered species, and enhancing disaster forecasting. This course prepares learners to harness technology for fostering positive environmental change.

Investigate the complex dynamics of climate change, emphasizing human impact and environmental transformation. Enhance understanding of historical and current effects on global climates while developing critical thinking skills for sustainable solutions.

Explore comprehensive strategies in resource management, focusing on sustainable agricultural practices and environmental conservation. Gain insights into identifying renewable resources, managing aquaculture sustainably, and understanding the global impact of agricultural practices, with emphasis on practical application and strategic thinking.

Understand the crucial role of bees in pollination and their significant impact on ecosystems and agriculture. Gain insight into the economic and environmental challenges posed by the decline in bee populations and explore sustainable conservation practices aimed at mitigating these challenges.

Explore the intriguing area of cell biology by examining cell functions and the specific roles of eukaryotic organelles. Gain insight into cell theory, distinguish between different cell types, and understand the unique structures and processes specific to plant and animal cells.

Discover how innovations in animal-free food production are reshaping sustainable agriculture by focusing on environmental conservation and public health advancements. Gain insights into the benefits of reducing animal farming, such as improved food safety and reduced environmental impact.

Investigate the remarkable adaptations that enable the most prevalent animals on Earth to succeed in various ecosystems, from urban-dwelling house mice to deep-sea bristlemouth fish. Understand the impact of these adaptations on ecological balance and gain an appreciation for the complexity of food chains and habitats.

Explore the formation and environmental impact of fossil fuels, including coal, oil, and natural gas. Understand the processes that lead to their creation and investigate critical environmental issues arising from their usage, such as global warming. Discover the pressing need for renewable energy solutions.

Explore the interactions between Earth's natural systems and human activities, with a focus on sustainability and environmental science. Gain an understanding of critical environmental concepts, analyze human impacts on planetary boundaries, and develop skills to contribute to sustainable solutions.